View source for On the Concept of Integrality in the Theory of Special Relativity

{{Infobox paper
| title = On the Concept of Integrality in the Theory of Special Relativity
| author = [[Lorenzo Mencherini]]
| keywords = [[theory of special relativity]], [[velocity]], [[integrality]]
| published = 1989
| journal = [[None]]
| pages = 179-182
}}

==Abstract==

We say that a body is integral in a given reference frame if the coordinates of its points are constant in time.

Given any two bodies A and B, we ask what kinematic relationship there is between them.

We assume that A moves at velocity <u>v</u> different from O with respect to B: hence we can say equivalently that B moves with respect to A at velocity -<u>v</u> because of the principle of relativity. In this case then the subject is of no importance.

[[Category:Scientific Paper|concept integrality theory special relativity]]

[[Category:Relativity|concept integrality theory special relativity]]